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Scientists Define Smart Way to Induce Large-Amplitude Vibrations in Graphene

Graphene, the one-atom-thick material made of carbon atoms, still holds some unexplained qualities, which are important in connection with electronic applications where high-conductivity matters, ranging from smart materials that collectively respond to external stimuli in a coherent, tunable fashion, to light-induced, all-optical networks.

9 Mar 2017

New Graphene-Based Technique for Allowing Control of Terahertz Waves

The terahertz waves span frequency ranges between the infrared spectrum (used, for instance, for night vision) and gigahertz waves (which are used, among others applications, in Wi-Fi connections).

8 Mar 2017

Scientists Use Graphene to Make Heat Energy Convertor More Efficient

Satellite-powering technology that was abandoned decades ago has been reinvented to potentially work with traditional power stations to help them convert heat to electricity more efficiently, meaning we would need less fossil fuel to burn for power.

7 Mar 2017

Graphene Sheets Could Help Capture and Analyze Individual Blood Cells Efficiently

A single cell can contain a wealth of information about the health of an individual. Now, a new method developed at MIT and National Chiao Tung University could make it possible to capture and analyze individual cells from a small sample of blood, potentially leading to very low-cost diagnostic systems that could be used almost anywhere.

6 Mar 2017

Two-Dimensional Hybrid 'Sandwich' Offers Unique Properties for Optoelectronics

Researchers from Rice University have demonstrated a nanoscale sandwich, which they hope will become a molecular deli for materials scientists.

28 Feb 2017

Study Reveals Three Layers of Graphene can Create New Type of Magnet

As metals possess a large density of electrons, the wave nature of electrons can only be viewed if metallic wires measuring a few atoms in width are created.

24 Feb 2017

Unrevealed Characteristics of 2D Materials Could Dramatically Transform Tech Industry

It is a well-known fact that the concept of two-dimensional (2D) materials is a thought-provoking one. Humans exist in a three-dimensional world in which any observed thing has height, depth, and width.

13 Feb 2017

Tungsten Ditelluride Could be the Future of Topologically Protected Quantum Computing

For the first time, scientists from the University of Pennsylvania have produced a single, three-atom-thick layer of a distinctive two-dimensional (2D) material known as tungsten ditelluride. The outcomes of the research have been reported in the 2D Materials journal.

9 Feb 2017

Researchers Develop Stable and Consistent Graphene Electronic Device Manufacturing Method

Researchers have developed a stable platform for manufacturing electronic devices made of graphene.

From Graphenea 2 Feb 2017

New Technique to Create Water-Based 2D Inks for Biomedical Applications

A research team from The University of Manchester have developed a technique of developing water-based and inkjet printable 2D material inks, which could enable 2D crystal heterostructures to be moved from the laboratory into real-world products.

1 Feb 2017

Graphene News

Scientists Define Smart Way to Induce Large-Amplitude Vibrations in Graphene

New Graphene-Based Technique for Allowing Control of Terahertz Waves

Scientists Use Graphene to Make Heat Energy Convertor More Efficient

Graphene Sheets Could Help Capture and Analyze Individual Blood Cells Efficiently

Two-Dimensional Hybrid 'Sandwich' Offers Unique Properties for Optoelectronics

Study Reveals Three Layers of Graphene can Create New Type of Magnet

Unrevealed Characteristics of 2D Materials Could Dramatically Transform Tech Industry

Tungsten Ditelluride Could be the Future of Topologically Protected Quantum Computing

Researchers Develop Stable and Consistent Graphene Electronic Device Manufacturing Method

New Technique to Create Water-Based 2D Inks for Biomedical Applications

New Magnetic Nanodiscs for Non-Invasive Brain Stimulation

Improving Aluminum Alloy 7075 Casting with TiC Nanoparticles

NYU Tandon and KAIST 'Hear' Defects in Nanomaterials

Advancing Colorectal Cancer Treatment with Nano-PROTACs

New Technique Boosts Efficiency of Eco-Friendly Solar Cells

Conversations on AFM: The Technology and History Behind AFM and SPM

Recent Advances in High-Speed Atomic Force Microscopy to Improve Research Into Protein Dynamics

Applying AI-Driven Solutions to Semiconductor Digital Design

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